Add to ORKGIn 2014 INGV acquired 18 new Ocean Bottom System for Seismic Prospecting (OBSP). These systems, being intended for seismic surveying, are complementary to the other family of OBS’s in the INGV availability, with the broadband instrumenttype instead. Compared to the broadband version, the OBSP is relatively low weight (about 50 kg) and small size, being built around a single 17” glass sphere. The maximum deployment time is also shorter, up to 4 months, depending on the configuration.PublishedRome7TM.Sviluppo e Trasferimento Tecnologic
The study of continental margins, subduction zones and oceanic basins as well as the quantitative ...
Extending seismic monitoring to offshore areas is among main INGV’s aims; OBS Lab is contributing to...
In this paper we talk about an acquisition system for seismic data. The Ocean Bottom Seismometer (OB...
IAHS-IAPSO-IASPEI Joint Assembly, Knowledge for the future, 22-26 July 2013, Gothenburg, SwedenWithi...
In May 2007, within the monitoring activities carried out in cooperation with the Italian National ...
Nowadays, most ocean bottom seismometers (OBS) are of the free-fall and pop-up type. For the observa...
It was the 2005 when management of the Centro Nazionale Terremoti, department of the Istituto Nazio...
5 pagesWe present the newest development of an Ocean Bottom Seismometer OBS. The equipment represent...
The Ocean Bottom Seismometer with Hydrophone (OBS/H) is an autonomous data-acquisition system which ...
A fleet of new Australian ocean bottom seismographs (OBSs) have broadband frequency range, and simil...
5 pages, 11 figuresThe OBS (ocean bottom seismometer) has been a key instrument for geophysical stud...
The INGV started its interest to extend the seismic monitoring network to the sea in 1995 with GEOS...
Within Europe there are more than 380 Ocean Bottom Seismometers (OBS) distributed across 10 instrume...
The Ocean Bottom Seismoemter (OBS) is a key instrument for geophysical study of sea sub-bottom layer...
In this paper we present the current status of a marine seismometer to be deployed in the Alboran Se...
The study of continental margins, subduction zones and oceanic basins as well as the quantitative ...
Extending seismic monitoring to offshore areas is among main INGV’s aims; OBS Lab is contributing to...
In this paper we talk about an acquisition system for seismic data. The Ocean Bottom Seismometer (OB...
IAHS-IAPSO-IASPEI Joint Assembly, Knowledge for the future, 22-26 July 2013, Gothenburg, SwedenWithi...
In May 2007, within the monitoring activities carried out in cooperation with the Italian National ...
Nowadays, most ocean bottom seismometers (OBS) are of the free-fall and pop-up type. For the observa...
It was the 2005 when management of the Centro Nazionale Terremoti, department of the Istituto Nazio...
5 pagesWe present the newest development of an Ocean Bottom Seismometer OBS. The equipment represent...
The Ocean Bottom Seismometer with Hydrophone (OBS/H) is an autonomous data-acquisition system which ...
A fleet of new Australian ocean bottom seismographs (OBSs) have broadband frequency range, and simil...
5 pages, 11 figuresThe OBS (ocean bottom seismometer) has been a key instrument for geophysical stud...
The INGV started its interest to extend the seismic monitoring network to the sea in 1995 with GEOS...
Within Europe there are more than 380 Ocean Bottom Seismometers (OBS) distributed across 10 instrume...
The Ocean Bottom Seismoemter (OBS) is a key instrument for geophysical study of sea sub-bottom layer...
In this paper we present the current status of a marine seismometer to be deployed in the Alboran Se...
The study of continental margins, subduction zones and oceanic basins as well as the quantitative ...
Extending seismic monitoring to offshore areas is among main INGV’s aims; OBS Lab is contributing to...
In this paper we talk about an acquisition system for seismic data. The Ocean Bottom Seismometer (OB...